NEC Solutions (America), Inc. Visual Systems GT5000/6000 Installation Guide Desktop and Ceiling Mount v3.2 Contents Product Description, Lens Specs, Screen/Aspect Ratio Notes & Formulas Diagrams & Distance Charts; 4:3 16:9 Lens Shift Adjustable Range; GT12ZLB/GT20ZL/GT48ZLB GT19ZLB/GT24ZLB/GT34ZLB Cabinet Dimensions Lens Dimensions Ceiling Mount Dimensions Input Panels & Control Codes Pg 1 Pg 2 Pg 3 Pg 4 Pg 5 Pg 6 & 7 Pg 8 Pg 9 Pg 10 Product Description 3 panel LCD/Dual Lamp Projector 1.4" p-Si TFT w/MLA Resolution: GT5000: 1024x768 (4:3) / 1024x576 (16:9) GT6000: 1400x1050 (4:3) / 1400x788 (16:9) Network Ready, integrated wired/optional wireless Type: Dimensions: 20.4"(W) x 9.5"(H) x 21.8"(D) Weight: 40.6 lbs w/o lens Brightness: GT5000: up to 6000 ANSI (6 modes available) GT6000: up to 5300 ANSI (6 modes available) Power Lens Shift/Power Zoom/Power Focus Lens Specifications GT06RLB: Throw Ratio: ~0.6:1 Screen Sizes: 40"-120" GT10RLB: Throw Ratio: ~1.0:1 Screen Sizes: 40"-250" GT12ZLB: Throw Ratio: ~1.2-1.7:1 Screen Sizes: 40"-300" GT19ZLB: Throw Ratio: ~1.7-2.2:1 Screen Sizes: 40"-300" Focal Length: 18.0mm F/#: 2.3 Focal Length: 28.9mm F/#: 2.4 Focal Length: 34.9-49.7mm F/#: 2.3 - 3.4 Focal Length: 48.9-63.7mm F/#: 2.0-2.7 Throw Ratio: ~2.0-2.6:1 Screen Sizes: 40"-300" GT24ZLB: Throw Ratio: ~2.2-3.2:1 Screen Sizes: 60"-400" GT34ZLB: Throw Ratio: ~3.2-4.8:1 Screen Sizes: 80"-500" GT48ZLB: Throw Ratio: ~4.8-7.1:1 Screen Sizes: 80"-500" GT20ZL: Focal Length: 57.4-74.7mm F/#: 1.8-2.5 Focal Length: 64.0­93.0mm F/#: 2.5-3.2 Focal Length: 93.5-140.3mm F/#: 2.5-3.3 Focal Length: 143.0-209.0mm F/#: 2.2-3.2 Screen/Aspect Ratio Both 4:3 and 16:9 screens are fully supported with proper aspect ratio control for both type sources using NEC developed scaling technology. Menu selections have settings for each screen type and aspect ratio control for each source type. Notes · · For screen sizes not indicated on the projection charts, use the formulas below. The ceiling must be strong enough to support the projector and the installation must be in accordance with any local building codes. Distances are in inches, for millimeters multiply by 25.4. Distances may vary ±5%. · · Formulas The Projection Formulas use the image width for calculation. Image width is the same for all aspect ratios, only vertical image size varies. For proper projector placement, determine the image width for a desired screen size. Use the Screen Formulas below to calculate all screen dimensions. Plug in the image width for "W" in the Projection Formulas. Refer to the diagrams and charts for popular screen sizes on page 2 and 3. Projection Formulas: GT06RLB: C=0.6178W­2.287 GT10RLB: C=1.0034W­2.087 GT12ZLB: C(Wide)=1.2029W­2.823 --- C(Tele)=1.7223W­2.788 GT19ZLB: C(Wide)=1.7010W­3.385 --- C(Tele)=2.2392W­3.272 GT20ZL: C(Wide)=2.0021W­3.987 --- C(Tele)=2.6237W­3.949 GT24ZLB: C(Wide)=2.2181W­4.895 --- C(Tele)=3.2670W­4.836 GT34ZLB: C(Wide)=3.2445W­7.016 --- C(Tele)=4.9132W­6.863 GT48ZLB: C(Wide)=4.9390W­13.829 --- C(Tele)=7.2886W­13.586 Definitions: W=Image Width H=Image Height (Size) C=Throw Distance 4:3 Screen Formulas: W=Hx4/3 H=Wx3/4 Diagonal=Wx5/4 16:9 Screen Formulas: W=Hx16/9 H=Wx9/16 Diagonal=Wx18.358/16 GT5000/6000 Page 1 of 10 Note: Tilting the front of the projector up or down by more than 45° from level could reduce lamp life by up to 20%. www.necvisualsystems.com 4:3 Screens The following diagrams show the relationship between projector position and the screen. Refer to the chart below for data. Distances are in inches. For millimeters multiply by 25.4. Ceiling Mounted Installation C Throw Distance 6.9" X X=Distance from lens to mount ctr Shift Range + GT12ZLB: X=16.1" GT19ZLB: X=12.0" GT20ZL: X=12.5" GT24ZLB: X=12.4" GT34ZLB: X=12.0" GT48ZLB: X=14.0" Lens Centered with Mount Note: GT10RLB, GT19ZLB & GT34ZLB are set back inside shroud. Screen Ctr Desktop Setup Note: Lens shift is not available on GT06RLB & GT10RLB rear lenses, which should only be used for "zero degree/nooffset" applications. Note: Tilting the front of the projector up or down by more than 45° from level could reduce lamp life by up to 20%. C Throw Distance Screen Ctr 5.3" Note: GT10RLB, GT19ZLB are set back inside shroud. Distance chart for popular 4:3 screens Rear Lenses Zoom Lenses Screen Size (4:3) DIAG inches GT06RLB GT10RLB 0.6:1 inches GT12ZLB 1.2 - 1.7:1 inches GT19ZLB 1.7 - 2.2:1 inches GT20ZL 2.0 - 2.6 inches GT24ZLB 2.2 - 3.2:1 inches GT34ZLB 3.2 - 4.8:1 inches GT48ZLB 4.8 - 7.1:1 inches W inches H inches 1.0:1 inches 40 60 72 84 90 100 120 150 180 200 250 300 400 500 32 48 57.6 67.2 72 80 96 120 144 160 200 240 320 400 24 36 43.2 50.4 54 60 72 90 108 120 150 180 240 300 17.5 27.4 33.3 39.2 42.2 47.1 57.0 NA NA NA NA NA NA NA 30.0 46.1 55.7 65.3 70.2 78.2 94.2 118.3 142.4 158.5 198.6 NA NA NA 35.7 - 52.3 54.9 - 79.9 66.5 - 96.4 78.0 - 113.0 83.8 - 121.2 93.4 - 135.0 112.7 - 162.6 141.5 - 203.9 170.4 - 245.2 189.6 - 272.8 237.8 - 341.7 285.9 - 410.6 NA NA 51.0 - 68.4 78.3 - 104.2 94.6 - 125.7 110.9 - 147.2 119.1 - 158.0 132.7 - 175.9 159.9 - 211.7 200.7 - 265.4 241.6 - 319.2 268.8 - 355.0 336.8 - 444.6 404.9 - 534.1 NA NA 60.1 - 80.0 92.1 - 122.0 111.3 - 147.2 130.6 - 172.4 140.2 - 185.0 156.2 - 205.9 188.2 - 247.9 236.3 - 310.9 284.3 - 373.9 316.3 - 415.8 396.4 - 520.8 476.5 - 625.7 NA NA NA NA NA 101.6 - 152.0 NA 122.9 - 183.3 144.2 - 214.7 211.0 - 323.3 154.8 - 230.4 226.6 - 346.9 172.6 - 256.5 252.5 - 386.2 208.0 - 308.8 304.5 - 464.8 261.3 - 387.2 382.3 - 582.7 314.5 - 465.6 460.2 - 700.6 350.0 - 517.9 512.1 - 779.2 438.7 - 648.6 641.9 - 975.8 527.4 - 779.2 771.7 - 1172.3 704.9 - 1040.6 1031.2 - 1565.4 NA 1290.8 - 1958.4 NA NA NA 318.1 - 476.2 341.8 - 511.2 381.3 - 569.5 460.3 - 686.1 578.9 - 861.0 697.4 - 1036.0 776.4 - 1152.6 974.0 - 1444.1 1171.5 - 1735.7 1566.7 - 2318.8 1961.8 - 2901.9 Note: For screen sizes not indicated on the chart, use the formulas on page 1. Note: "NA" means it is outside the screen range for that lens. Refer to "Screen Sizes" in Lens Specifications on Page 1. www.necvisualsystems.com GT5000/6000 Page 2 of 10 16:9 Screens The following diagrams show the relationship between projector position and the screen. Refer to the chart below for data. Distances are in inches. For millimeters multiply by 25.4. Ceiling Mounted Installation C Throw Distance 6.9" X Vertical Position for a 16:9 screen: The Vertical Position adjustment moves 16:9 image up and down in the unused portion of the 4:3 panel. The range of Vertical Position is dependent on aspect ratio and 3D Reform used. If 3D Reform is not used, the approximate range of Vertical Position is +/-0.167H (H=Screen Height) when using a 16:9 screen. This adjustment is only available when the projector is set for `16:9', `1.85:1' or `2.35:1' in the `Screen' menu. X=Distance from lens to mount ctr Shift Range + GT12ZLB: X=16.1" GT19ZLB: X=12.0" GT20ZL: X=12.5" GT24ZLB: X=12.4" GT34ZLB: X=12.0" GT48ZLB: X=14.0" Lens Centered with Mount Note: GT10RLB, GT19ZLB & GT34ZLB are set back inside shroud. Screen Ctr Desktop Setup Note: Lens shift is not available on GT06RLB & GT10RLB rear lenses, which should only be used for "zero degree/nooffset" applications. Note: Tilting the front of the projector up or down by more than 45° from level could reduce lamp life by up to 20%. C Throw Distance Screen Ctr 5.3" Note: GT10RLB, GT19ZLB are set back inside shroud. Distance chart for popular 16:9 screens Rear Lenses Zoom Lenses Screen Size (16:9) DIAG inches GT06RLB GT10RLB 0.6:1 inches GT12ZLB 1.2 - 1.7:1 inches GT19ZLB 1.7 - 2.2:1 inches GT20ZL 2.0 - 2.6 inches GT24ZLB 2.2 - 3.2:1 inches GT34ZLB 3.2 - 4.8:1 inches GT48ZLB 4.8 - 7.1:1 inches W inches H inches 1.0:1 inches 92 100 106 110 119 123 133 135 159 161 229 275 367 459 80 87 92 96 104 107 116 118 139 140 200 240 320 400 45 49 52 54 58.5 60 65 66 78 79 113 135 180 225 47.1 51.5 54.6 57.0 NA NA NA NA NA NA NA NA NA NA 78.2 85.2 90.2 94.2 102.3 105.3 114.3 116.3 137.4 138.4 198.6 NA NA NA 93.4 - 135.0 101.8 - 147.1 107.8 - 155.7 112.7 - 162.6 122.3 - 176.3 125.9 - 181.5 136.7 - 197.0 139.1 - 200.4 164.4 - 236.6 165.6 - 238.3 237.8 - 341.7 285.9 - 410.6 NA NA 132.7 - 175.9 144.6 - 191.5 153.1 - 202.7 159.9 - 211.7 173.5 - 229.6 178.6 - 236.3 193.9 - 256.5 197.3 - 261.0 233.1 - 308.0 234.8 - 310.2 336.8 - 444.6 404.9 - 534.1 NA NA 156.2 - 205.9 170.2 - 224.3 180.2 - 237.4 188.2 - 247.9 204.2 - 268.9 210.2 - 276.8 228.3 - 300.4 232.3 - 305.6 274.3 - 360.7 276.3 - 363.4 396.4 - 520.8 476.5 - 625.7 NA NA 172.6 - 256.5 252.5 - 386.2 188.1 - 279.4 275.3 - 420.6 199.2 - 295.7 291.5 - 445.2 208.0 - 308.8 304.5 - 464.8 225.8 - 334.9 330.4 - 504.1 232.4 - 344.7 340.1 - 518.8 252.4 - 374.1 369.3 - 563.1 256.8 - 380.7 375.8 - 572.9 303.4 - 449.3 444.0 - 676.1 305.6 - 452.5 447.2 - 681.0 438.7 - 648.6 641.9 - 975.8 527.4 - 779.2 771.7 - 1172.3 704.9 - 1040.6 1031.2 - 1565.4 NA 1290.8 - 1958.4 381.3 415.9 440.6 460.3 499.8 514.6 559.1 569.0 672.7 677.6 974.0 1171.5 1566.7 1961.8 - 569.5 - 620.5 - 657.0 - 686.1 - 744.4 - 766.3 - 831.9 - 846.5 - 999.5 - 1006.8 - 1444.1 - 1735.7 - 2318.8 - 2901.9 Note: For screen sizes not indicated on the chart, use the formulas on page 1. Note: "NA" means it is outside the screen range for that lens. Refer to "Screen Sizes" in Lens Specifications on Page 1. www.necvisualsystems.com GT5000/6000 Page 3 of 10 Lens Shift Adjustable Range The top right diagram shows the location of the image position in the lens. The lens can be shifted within the shaded area as shown using the normal projection position as a starting point. Maximum Possible Range for GT12ZLB/GT20ZL/GT48ZLB lenses: *Values for 16:9 screens in parentheses. Up: 0.5H (0.67H) Down: 0.5H (0.67H) Right: 0.32W Left: 0.32W H=Height of image (take care to use appropriate value for 4:3 or 16:9 screens) W=Width of image Note: Lens shift is not available on GT06RLB & GT10RLB rear lenses, which should only be used for "zero degree/no-offset" applications. Note: If the lens is shifted in two directions combined, maximum range in either direction cannot be obtained due to rounded off area of lens. (example: shift up and right) See top right diagram. 0.32W 0.32W W Note: The diagram below shows a 4:3 image as an example. 0.5H (0.67H) Desktop/Front Vertical 0.5H (0.67H) H H Normal position Normal projection position 0.5H (0.67H) Ceiling/Front Vertical Normal position 0.32W W 0.32W H 0.5H (0.67H) Normal position Warning: · Installing the projector on the ceiling must be done by a qualified technician. · Tilting the front of the projector up or down by more than 45° from level could reduce lamp life by up to 20%. · Only use the projector on a solid, level surface. If the projector falls, you could be injured and the projector severely damaged. · Do not use the projector where temperatures vary greatly. The projector must be used at temperatures between 32°F (0°C) and 95°F (35°C). · Do not expose the projector to moisture, dust or smoke. This will reduce the quality of the image. · Ensure that you have adequate ventilation around the projector so heat can dissipate. Do not cover any vents on the projector. www.necvisualsystems.com Horizontal GT5000/6000 Page 4 of 10 Lens Shift Adjustable Range (continued) The top right diagram shows the location of the image position in the lens. The lens can be shifted within the shaded area as shown using the normal projection position as a starting point. Maximum Possible Range for GT19ZLB/GT24ZLB/GT34ZLB lenses: *Values for 16:9 screens in parentheses. Up: 0.39H (0.52H) Down: 0.39H (0.52H) Right: 0.24W Left: 0.24W H=Height of image (take care to use appropriate value for 4:3 or 16:9 screens) W=Width of image Note: Lens shift is not available on GT06RLB & GT10RLB rear lenses, which should only be used for "zero degree/no-offset" applications. Note: If the lens is shifted in two directions combined, maximum range in either direction cannot be obtained due to rounded off area of lens. (example: shift up and right) See top right diagram. 0.24W 0.24W W Note: The diagram below shows a 4:3 image as an example. 0.39H (0.52H) Desktop/Front Vertical 0.39H (0.52H) H H Normal position Normal projection position 0.39H (0.52H) Ceiling/Front Vertical Normal position 0.24W W 0.24W H 0.39H (0.52H) Normal position Warning: · Installing the projector on the ceiling must be done by a qualified technician. · Tilting the front of the projector up or down by more than 45° from level could reduce lamp life by up to 20%. · Only use the projector on a solid, level surface. If the projector falls, you could be injured and the projector severely damaged. · Do not use the projector where temperatures vary greatly. The projector must be used at temperatures between 32°F (0°C) and 95°F (35°C). · Do not expose the projector to moisture, dust or smoke. This will reduce the quality ...